We’re rockin’ with this project. I’ve never built two bikes at
once, Bonneville aside, but we’re having a blast. Both projects
are hustling and this report will bring you up to date.
The CCI V-Bike Panhead is still a roller and we’re waiting on
the drive-line elements so we can mock-up the pipes before
shipping anything to powder. But we decided to grapple with
tank mounting and messing with the seat. But first here’s what
Berry Wardlaw said about the 120-inch Panhead from Accurate
Engineering:
First off, good morning! I am sending a mock-up engine
so you can continue the build and I will give you the theoretical
specs for the exhaust diameter and the length. The specs for the
exhaust will be for stepped and straight headers. I came to this
design from a computer generated program which has been very
successful for me in the past.
The REAL engine is going to
be pure race and the components have already been ordered.
Still waiting for the crankcases but believe (have been told) they
are ready. The exterior dimensions of the engines will be the
same.
I will include the 3-bolt exhaust flanges. I am using many
titanium internal components, modified components as well as
custom squish areas, custom oilers and coatings. Ryan Baisley is
blue printing my rocker arms (true 1.5:1 ratio). We have been
overwhelmed with orders and the Biker build-off thing is getting
to be a too much but we are hanging on.
I have two court dates this week, so maybe I can get this
shit behind me. I promise to be good. As good as I can be.
--Berry
We’ve sent the transmission specs to Baker
Transmission, but haven’t heard anything back. They’re a tough
group to communicate with. I’ve offered to write articles about
their products, but can’t get a return phone call. We’ll keep
trying. I have a lot of respect for their components and we’re
determined to use one of their transmissions. Following are
communications with John Reed, Custom Chrome Designer
regarding the transmission:
The V uses a touring tranny, but any FXR unit will be OK.
It uses one of the CCI extended chain sprockets, with the same
teeth as stock. But Baker sells a sharp one, If there is any
problem with the offset /teeth, etc. let me know and I will go
down and measure one.
If the back of the engine is the same as a (rubber mount)
FXR/dresser, and the front part of the tranny is for a (rubber
mount) FXR/dresser, it should be OK.
As far as I know, the back end of the engine mount is the
same on Shovel and Evos, and I’m sure Panheads, and late
model FXR rubber mount trannies bolt straight to the engines.
It’s only really early r/m trannies that need a separate bracket.
The twin cam tranny won’t bolt to a non twin cam bottom-
end engine.
On my Vs, with a 110 revtech, I have never had a problem
with the engine moving with the tranny, using a stock OEM inner
/outer primary, which is a really good stabilizer.
If you are using a belt drive with a good billet piece that takes
the place of the stock inner, you should not have a problem.
How much hp/ torque do you have on the engine
you are using?
The V is a lot different than a the Softail setup, that most
choppers use, the primary is shorter, and seems to be a lot
more rigid.
CCI has a V going to Daytona, Why don’t you ask Your
butt-hole buddy, Sean, if you can ride it around, so you can get
used to it.
--John Reed
Custom Chrome
John’s in constant trouble with the brass. We will run a
BDL primary drive. That brings you up to date on the driveline.
Now lets shift to the tank installation.
I believe this is a Regency built tank for Custom Chrome. It
was designed as an adjustable stretched fuel tank for Softails,
2000-up to contour a seat, in this case a Corbin job. Because of
the multi-fit business I received all the brackets to make the
tank fit an H-D chassis, then separate fasteners for the V-frame.
That often creates confusion. Actually Bikernet Black Market John
saved our ass. “Hey, this is going to mount like a lot of Jap
Bikes,” John said. “It slips into that scoop thingee and just bolts
to the rear.”
Here’s the front tank mounting scoop.
Fortunately mounting to the V-frame eliminated a lot of
heavy bracketry that we endeavored to use, only to find out we
could shit-can them. I never toss any brackets. You never
know…
Here’s a shot of the stock tank mounting instruction and the
brackets. We only needed one of the long brackets for the
rear.
Some of these extra motions I don’t mind, because we
become familiar with their use and will know how they work for
future reference. Never know when we might wrench on a
Softail.
The directions implicitly showed us how to mount
the rear of the tank and the rubbermounted tank bracket.
Here’s how the brackets mounted to the tank.
They’re bitchin’, but I shaved the raised edges, because the
bastards were too snug in the tank slots.
I asked John Reed if I should put a gusset in the neck.
Here’s how he responded:
Here’s the scoop mounted on the stress bar. There’s
three holes with nuts welded to the underside. We used the most
forward one.
Good news. The frame passed the European TUV test.
Our engineeer is back from the states and has just talked to the
TÜV.
To pass the TÜV test a frame has to bear 100.000 load
alternations. As we have tested the Paioli front fork at the same
time the frame was tested with 500.000 load alternations. So
the frame beared more than 4 times the standard test.
regards
--Günther
The above shot shows the front Softail mounting brackets in
place. The shot below demonstrates how these brackets weren’t
going to work. I must have installed and removed this tank a
dozen times before I discovered the error of my ways.
Once Black Market John straightened my sore ass out, we
discovered the additional fasteners, carefully labeled in a box.
Suddenly the mounting system seemed extremely easy. Mount
the rubber grommets into the slider rails, fit them to the scoop,
set the Corbin seat in place for accurate tank placement, tighten
the Allens in the front tank mounts with the tank adjusted to the
perfect height, and we’re golden. That’s the way it should go.
I dropped John Reed a note and he sent me the above
sketch, which answered some question, but then we ran into a
problem. The scoop is a half-inch narrower than the thick
slotted slab of steel bent to fit into the tunnel of the tank and
the slots don’t line up. They’re not even. We added spacers to
the rubbermounts so they would reach the bracket. That would
have been golden, but we couldn’t squeeze the tank over the
backbone of the frame.
We removed the spacers and tried again. What seemingly
would been the simplest way to mount a gas tank had us
completely perplexed. Even with the spacers removed, we can’t
get the tank on without removing the scoop, which defeats the
purpose of this system. We’re still investigating.
Since this is going to be ridden at Bonneville and we’re
calling it the first Sportbike Panhead, we removed the Corbin
seat and the plastic tail section and decided to run a sprung slim
solo from U.S. Choppers and make the brackets that we can slip
way back so the rider can lay on the tank for a fast run on the
flats.
We’ll get to the bottom of the tank mounting and mount the
seat in the next segment. Hang on. Let’s move onto the Bonne
Belle, 45 Flathead progress report.
We’re working like mad dogs to create a roller while Klink
and the crew from Departure Bike Works rebuilds the engine and
transmission. We’re basically building the 45 cubic inch flathead
above, with a handful of upgrades, including the recent 39 mm
Sportster front end and PM disc brakes and wheels. We are also
planning to shift it to a foot shift bike using Tedd’s cycles mods.
With the help of Larry Settle’s bike shop in Harbor city we
machined a Paughco 45 springer stem and pressed it into the
late model Sportster aluminum tree. Larry bore a hole in the
bottom and taped it ¼-20 so we could install the below Allen
and washer to prevent the stem from pulling loose.
We installed Paughco neck cups allowing us to eliminate ball
bearings for Timkens. See shot below.
This created a quirky dilemma. The stem was long for a
springer. We had a choice to make and an unforeseen
opportunity. From Timken bearing to bearing the neck
measurement was 6 3/8 inches. We discovered later that today’s
Sportster neck is 7 ¼ inch from top to bottom. We could have
turned the Sportster stem to 7/8-inch, but we decided to try the
springer stem. For one reason, this system will allow us a more
secure pinch bolt system above and below the top triple tree.
Here’s the springer nut below the tree, which
gives us additional room and height to run clip-on handlebars.
This could get exciting.
Rick Krost from U.S. Choppers installing the
quirky Sportster front end.
We took all the re-machined front end parts to Rick at U.S.
Choppers so the frame could be checked with both axles in
place for the most accurate frame check.
Larry Settle machine chamfers in the springer nuts to slip
inside the top triple tree for the most accurate secure fit. We
also machined the springer nut down to make the best use of
the stem with a nut on the top and bottom.
Above shows the frame with the front end in place. We will
fit up a PM wheel shortly and decide if we need to shorten the
tubes more. Actually doesn’t look too bad. Using the springer
stem lowered it almost 2 inches.
We already have a set of black powder coated lower legs
ready. We will probably powder coat the trees black also.
Here’s a close up of the trees in place. After Rick checks the
frame, we’re ready to pick it up.
Here's The Report from U.S. Choppers
First, we cut through the frame in several places, making
sure to cause as much damage as possible. Actually we're
cleaning up an old mess with da grinda. It’s a highly technical
and grueling operation requiring skill and tenacity.
Aaarrrrrrhhhhgggggg!!! There’s the cancer that had to be
removed.
Local expert vet and living legend, Fat Paul, bending the
frame into place with shear strength using a hardened piece of
spring steel which acts as our straight edge. Go Paul, go.
One eyed Willy looking for his contact lens..... "I swear it fell
somewhere down here......"
The frame fairy came over night and delivered a fresh
straight frame..... straight and true like an arrow. Disclaimer: no
heat was used nor animal testing in conjunction with this
experiment.
U.S. Choppers
2039 S. Lyon St
Santa Ana, CA 92705
714-546-4699
Appointments Only Please
http://www.uschopper.com/
And now a report from Departure Bike Works, in
Richmond, Virginia-- Lee Clemens and his crew are
responsible for the engine and trans rebuild and hop-up.
Fortunately we had a set of performance aluminum heads and an
extra front cylinder. Lee is planning to have special cams ground
and run two front cylinders with dual carbs.
The Departure crew just started to rummage
through our parts bin.
”I know, I know, better never than late, right,” Greg, from
Departure said? “Not a whole lot to report yet. I finally got Klink
to come by & take a preliminary inventory of what you sent. He
just had one comment.....’You CAN'T put an ELECTRIC START on
a Bonneville contender!’
I'll have more soon.....”
Keep It Greasy,
Greg @ DBW
The Flathead master, Klink.
That’s a tough aspect of buying basket cases. You never
know what’s mixed into the score. In this case we had a bunch
of 45 trike parts in the batch including the tanks. We’re going to
run with a foot shifter assembly, so it doesn’t matter that the
tank shifter is on the opposite side for trikes.
I’m pumped. I may pick up the frame tomorrow and then
I’m working with PM and a dirt-bike-foot-controls guy to set up
the complete roller. Once we fit the tanks with a new petcock
they will be shipped to Jim Murillo for paint with the fenders.
Hang on for the tank and sheet metal tech, coming soon.
--Bandit
Agent Zebra sent me us a cheer leader for the 5-
Ball Racing Team.